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Design and Life Cycle Considerations for Unconventional Reservoir Wells

机译:非传统水库井的设计与生命周期考虑因素

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This paper provides an overview of design and life cycle considerations for certain unconventional reservoir wells.An overview of unconventional reservoir definitions is provided.Well design and life cycle considerations are addressed from three aspects including up-front reservoir development,initial well completion,and well life and long-term considerations.Up-front reservoir development issues discussed include well spacing,well orientation,reservoir stress orientations,and tubular metallurgy.Initial well completion issues include maximum treatment pressures and rates,treatment diversion,treatment staging,flowback and clean-up,and dewatering needs.Well life and long-term discussions include liquid loading,corrosion,refracturing and associated fracture reorientation,and the cost of abandonment.These design considerations are evaluated using case studies for five unconventional reservoir types including shale gas (Barnett shale),tight gas (Jonah Field),tight oil (Bakken play),coalbed methane (San Juan basin),and tight heavy oil (Lost Hills Field).In evaluating the life cycle and design of unconventional reservoir wells,"one size" definitely does not fit all and valuable knowledge and a shortening of the learning curve can be achieved for new developments by studying similar,more mature fields.
机译:本文概述了某些非传统水库井的设计和生命周期考虑。提供了非传统水库定义的概述.Well设计和生命周期考虑来自包括上前水库开发,初始完井,良好的三个方面讨论的生命和长期考虑因素。讨论的前储层发展问题包括井间距,井取向,储层应力取向和管状冶金。初始井完井问题包括最大的处理压力和速率,处理转移,治疗分期,流量和清洁 - 脱水的需求。韦尔生活和长期讨论包括液体载荷,腐蚀,抑制和相关的骨折重新定位,以及放弃成本。这些设计考虑因素研究了五种非传统水库类型,包括页岩气(Barnett Shale) ),耐气(乔纳田),石油(Bakken Play),煤层甲烷(圣胡安盆地)和紧的重油(丢失的山丘)。在评估远期储层井的生命周期和设计,“一个尺寸”绝对不适合所有和宝贵的知识,并且可以缩短学习曲线通过研究类似,更成熟的领域来实现新的发展。

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